For the complex ion [Cr(bipy)3]2+, identify:
The predicted spin-only magnetic moment in units of B: ["2.828", "4.899", "3.873", "1.732", "5.916"] (Select one)
An expression for the LFSE of this complex: ["-4Dq", "P - 8Dq", "0", "-16Dq + P", "-6Dq"] (Select one)
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For the complex ion [Cr(bipy)3]2+, identify: The predicted spin-only magnetic moment in units of B: ["2.828",...
Give the point group, LFSE, spin-only magnetic moment, Jahn-Teller activity (i.e. will the complex distort and how), and predicted stability for: a. diaquasilver(I) (CN = 2, use Oh rules) b. fac-[CoF3I3]3- c. [Ru(ox)3]3- d. Os(NH3)5 (CN = 5, use Oh rules)
VIU x 10.6 pts.) The spin only magnetic moment of a certain octahedral Cr(III) complex is 4.05 He. What is the d-electron configuration of the Cr(III) ion?. 13 z X11. (6 pts.) The oxides (MO) of some 3d metals, with octahedral coordination of the metal ion have the following lattice enthalpies (in kJ/mol): MnO (3810), FeO (3921), COO (3988), NiO (4071), Rationalize the variation in lattice energy across the 3d series in terms of LFSE.iner Ru Co to a
Calculate the spin‑only magnetic moment, ?so (a.k.a. ? / ?B), for the complex [Co(H2O)6]2+.
Back lecture 9 Question 3 1 The spin only magnetic moment of MmBr412- is 5.9B. Prediet the geometry of the complex ion 2) Explain ICo(NH3)63+ is an inner orbital complex whereas [Ni(NH 3)6]2 + is an outer orbital complex Question 4 1) A solution of INiH20O)6j2+ is green but a solution of NiCN2- is colorless. Explain 2) What will be the correct order for the wavelengths of abserption in the visible region for the following: Back lecture 9 Question 3...
Calculate the spin-only magnetic moment, us (a.k.a. p/pe), for the complex [Co(CN).). Number 2.83 BM
The spin-only magnetic moment (yso) can be calculated by the equation: piso-4 S(S +1), where S is the spin state. An equivalent equation is: jso= n(n+2), where n is the number of unpaired electrons. Note: 13 = 1.73 18 = 2.83 15 = 3.87 24 = 4.90 V35 = 5.92 1. What is the magnetic moment for (Fe(H:0).JSOA? 2. What is the magnetic moment for Cr(CO). ? 3. What is the magnetic moment for (NH4)2[CoBr.]? 100000! 4. What is the...
Please help!!!!! The spin-only magnetic moment (yso) can be calculated by the equation: piso-4 S(S +1), where S is the spin state. An equivalent equation is: jso= n(n+2), where n is the number of unpaired electrons. Note: 13 = 1.73 18 = 2.83 15 = 3.87 24 = 4.90 V35 = 5.92 1. What is the magnetic moment for (Fe(H:0).JSOA? 2. What is the magnetic moment for Cr(CO). ? 3. What is the magnetic moment for (NH4)2[CoBr.]? 100000! 4. What...
Consider the paramagnetic complex [NiCl4]2-. 1)What is the geometry of this ion complex. 2)Determine the hybridization of Nickel. 3)Calculate the spin-only magnetic moment of this complex.
QUESTION 17 The magnetic property of a transition metal complex can be predicted using crystal field theory. If we assume that the magnetic moment arises entirely from unpaired electron spins then the "spin only magnetic moment (us) is given by us - Inin+2) 1/2 where n-number of unpaired electrons. The unit of the magnetic moment is in BM (Bohr Magneton). Calculate the spin only magnetic moment of [OscH 20)61 3+. (Hint If you can find the number of undpaired d...
8. Compute the spin only moment of the central metal ion in the complex K-NaCrFe. Predict if there is orbital angular momentum, L in (i) the ground state (i) in the excited state of the central metal ion. 9. Construct a well labeled Molecular Orbital energy level diagram for the complex [ABa], if it were tetrahedral. 10. Which species between Cr0 and [Nien)s12 is likely to have a charge transfer spectra. Explain. 11. Derive the ground state (R-S) term for...